Rozłącznik izolacyjny RBK 2 pro

RBK 2 pro

Fuse switch disconnector

  • 400 A, 690 V

  • Suitable for NH2 size fuse links

  • A flame-proof, self-extinguishing plastic with a V0 flammability class

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Find out what the RBK 2 pro fuse switch disconnector has to offer

RBK 2 pro type horizontal fuse switch disconnectors are designed for energy distribution and equipment protection against the effects of short circuits and overloads using industrial fuse links.

A fuse switch disconnector suitable for installation on a mounting plate or on a 60mm or 100mm busbar system

The option to seal the fuse switch disconnector with a padlock or a seal

The ability to release and remove fuse links without having to touch them

Inspection holes for checking the condition of the fuse link

Versions

 

RBK 2 pro/400 A – installation on mounting plate

 

Installation on a 100mm busbar system
 
  • RBK 2 pro for connection of round conductors, S-bridge
  • RBK 2 pro-V for connection of sector-shaped conductors, V-terminals
  • RBK 2 pro-2V for connection of sector-shaped conductors, double V-terminals
  • RBK 2 pro-M for connection of round conductors, lug screw terminals
  • RBK 2 pro-VG for connection of sector-shaped/round conductors, top terminals - V-terminals, bottom terminals - S-bridge terminals
  • RBK 2 pro-VG-M for connection of sector-shaped/round conductors, top terminals - V-terminals, bottom terminals - lug screw terminals
  • RBK 2 pro-VD for connection of sector-shaped/round conductors, top terminals - S-bridge terminals, bottom terminals - V-terminals
  • RBK 2 pro-VD-M for connection of sector-shaped/round conductors, top terminals - lug screw terminals, bottom terminals - V-terminals
     
  • RBK 2 pro-SD-M 100 bottom cable terminals, for connection of conductors with lug screw terminals
  • RBK 2 pro-SG-M 100 top cable terminals, for connection of conductors with lug screw terminals
  • RBK 2 pro-SD-V 100 bottom cable terminals, for connection of sector-shaped conductors, V-terminals
  • RBK 2 pro-SG-V 100 topcable terminals, for connection of sector-shaped conductors, V-terminals
  • RBK 2 pro-SD-2V 100 bottom cable terminals, for connection of sector-shaped conductors, double 2V-terminals
  • RBK 2 pro-SG-2V 100 top cable terminals, for connection of sector-shaped conductors, double 2V-terminals
     

Installation on a 60mm busbar system		 
  • RBK 2 pro-SD-M 60 bottom cable terminals, for connection of conductors with lug screw terminals
  • RBK 2 pro-SG-M 60 top cable terminals, for connection of conductors with lug screw terminals
  • RBK 2 pro-SD-V 60 bottom cable terminals, for connection of sector-shaped conductors, V-terminals
  • RBK 2 pro-SG-V 60 top cable terminals, for connection of sector-shaped conductors, V-terminals
  • RBK 2 pro-SD-2V 60 bottom cable terminals, for connection of sector-shaped conductors, double 2V-terminals
  • RBK 2 pro-SG-2V 60 top cable terminals, for connection of sector-shaped conductors, double 2V-terminals
 

Applications of the RBK 2 pro fuse switch disconnectors

Low voltage switchgear

RBK 2 pro type horizontal fuse switch disconnector is a solution designed to optimise space in LV switchgear. Thanks to its compact design, it facilitates the arrangement of equipment whilst ensuring reliable circuit protection. A well-designed connection system allows cables to be neatly and safely routed, which speeds up installation and makes future inspections easier.

Cable connectors

RBK 2 pro type horizontal fuse switch disconnectors ensure effective circuit isolation, thereby enhancing staff safety during operational work. Furthermore, the device minimises the risk of phase-to-phase short circuits, and its design guarantees the stability of the network parameters.

Horizontal fuse switch disconnectors

RBK 2 pro type horizontal fuse switch disconnectors in capacitor banks ensures a high level of safety and reliable disconnection of the circuit during operation and maintenance. Its compact design facilitates integration and neat cable routing, which speeds up installation and inspections. High resistance to frequent switching cycles, thermal loads and contamination reduces the number of service interventions.